Abstract: Systems and methods are provided for audio processing. A system includes: a component manager and a pipeline manager. The component manager is configured to communicate with a host system and manage one or more components for processing an audio stream. A component is associated with one or more audio processing functions. The pipeline manager is configured to manage one or more connections among the components. The connections indicate a processing flow involving the components.

Abstract: In some implementations, a processor is configured to receive a current pending packet number representing a number of packets of data that currently remain to be transferred between two devices, determine whether to adjust a priority of a thread based on the current pending packet number, a previous pending packet number, and a priority pending packet number, and adjust or maintain the priority of the thread based on determining whether to adjust the priority of the thread. The thread is to be executed by the processor to perform a transfer of the packets of data between the two devices, the previous pending packet number represents a number of packets of data that previously remained to be transferred between the two devices, and the priority pending packet number corresponds to the current priority of the thread.

Abstract: Systems and methods are provided for operating a decoder to decode a video frame in a multi-threaded environment. A first buffer ring state is detected based on a status of a first buffer ring, and a second buffer ring state is detected based upon a status of a second buffer ring. An adjustment of priorities of a parser thread, a decoder thread, and a renderer thread is requested based on the first buffer ring state and the second buffer ring state. The first buffer ring is interacted with to receive stream data from the parser, the stream data is decoded to generate frame data, and the second buffer ring is interacted with to provide the frame data to the renderer for display.

Abstract: In some implementations, a processor is configured to receive a current pending packet number representing a number of packets of data that currently remain to be transferred between two devices, determine whether to adjust a priority of a thread based on the current pending packet number, a previous pending packet number, and a priority pending packet number, and adjust or maintain the priority of the thread based on determining whether to adjust the priority of the thread. The thread is to be executed by the processor to perform a transfer of the packets of data between the two devices, the previous pending packet number represents a number of packets of data that previously remained to be transferred between the two devices, and the priority pending packet number corresponds to the current priority of the thread.